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A group of students, performing the same Uniformly Accelerated Motion experiment that you did in lab, dropped a picket fenoce through a photogate and obtained the following data from the computer. Blocking Times (s) 0.03999 0.07238 0.10032 0.12544 0.14796 0.16897 0.18881 The band spacing is 0.06 m. (a) Use Excel to do the following. (You will not submit this spreadsheet. However, the results will be needed later in this problem.) (i) Calculate the accelerations. (ii) Calculate the average of the accelerations. (iii) Create a graph of velocity versus time. HINT (iv) Use the trendline option to determine the slope, HINT (v) Report your results below. (b) What is the average acceleration? (Give your answer to four significant digits.) aavg = 4 14.33 m/s^2 (c) What is the average acceleration aaverage as determined from the slope? (Give your answer to four significant digits.) aavg = 0 s9.762 m/s^2 (d) What is the percent difference between the values of the acceleration you obtained in (b) and (c) above? 32 X %

A group of students, performing the same Uniformly Accelerated Motion experiment that you did in lab, dropped a picket fenoce through a photogate and obtained the following data from the computer. Blocking Times (s) 0.03999 0.07238 0.10032 0.12544 0.14796 0.16897 0.18881 The band spacing is 0.06 m. (a) Use Excel to do the following. (You will not submit this spreadsheet. However, the results will be needed later in this problem.) (i) Calculate the accelerations. (ii) Calculate the average of the accelerations. (iii) Create a graph of velocity versus time. HINT (iv) Use the trendline option to determine the slope, HINT (v) Report your results below. (b) What is the average acceleration? (Give your answer to four significant digits.) aavg = 4 14.33 m/s^2 (c) What is the average acceleration aaverage as determined from the slope? (Give your answer to four significant digits.) aavg = 0 s9.762 m/s^2 (d) What is the percent difference between the values of the acceleration you obtained in (b) and (c) above? 32 X %

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A group of students, performing the same Uniformly Accelerated Motion experiment that you did in lab, dropped a picket fenoce through a photogate and obtained the following data from the computer. Blocking Times (s) 0.03999 0.07238 0.10032 0.12544 0.14796 0.16897 0.18881 The band spacing is 0.06 m. (a) Use Excel to do the following. (You will not submit this spreadsheet. However, the results will be needed later in this problem.) (i) Calculate the accelerations. (ii) Calculate the average of the accelerations. (iii) Create a graph of velocity versus time. HINT (iv) Use the trendline option to determine the slope, HINT (v) Report your results below. (b) What is the average acceleration? (Give your answer to four significant digits.) aavg = 4 14.33 m/s^2 (c) What is the average acceleration aaverage as determined from the slope? (Give your answer to four significant digits.) aavg = 0 s9.762 m/s^2 (d) What is the percent difference between the values of the acceleration you obtained in (b) and (c) above? 32 X %
Transcribed Image Text:A group of students, performing the same Uniformly Accelerated Motion experiment that you did in lab, dropped a picket fenoce through a photogate and obtained the following data from the computer. Blocking Times (s) 0.03999 0.07238 0.10032 0.12544 0.14796 0.16897 0.18881 The band spacing is 0.06 m. (a) Use Excel to do the following. (You will not submit this spreadsheet. However, the results will be needed later in this problem.) (i) Calculate the accelerations. (ii) Calculate the average of the accelerations. (iii) Create a graph of velocity versus time. HINT (iv) Use the trendline option to determine the slope, HINT (v) Report your results below. (b) What is the average acceleration? (Give your answer to four significant digits.) aavg = 4 14.33 m/s^2 (c) What is the average acceleration aaverage as determined from the slope? (Give your answer to four significant digits.) aavg = 0 s9.762 m/s^2 (d) What is the percent difference between the values of the acceleration you obtained in (b) and (c) above? 32 X %
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